CN207665715U - A kind of burette type is without native culture system - Google Patents
A kind of burette type is without native culture system Download PDFInfo
- Publication number
- CN207665715U CN207665715U CN201721894496.7U CN201721894496U CN207665715U CN 207665715 U CN207665715 U CN 207665715U CN 201721894496 U CN201721894496 U CN 201721894496U CN 207665715 U CN207665715 U CN 207665715U
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- China
- Prior art keywords
- chassis
- basin
- catchmenting
- water tank
- culture system
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/20—Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
- Y02P60/21—Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures
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- Hydroponics (AREA)
Abstract
A kind of burette type is equipped with a strip-shaped hole without native culture system, including hanger bracket, the hanger bracket center；Several equally distributed chassis of catchmenting are placed in the strip-shaped hole；The chassis of catchmenting is in bowl-type, and the chassis outer edge that catchments is stuck in above strip-shaped hole aperture；A cultivation basin is placed on the chassis of catchmenting；The basin bottom part of cultivating is equipped with the venthole to connect with its inner space；The tray bottom of catchmenting is equipped with gully-hole corresponding with ventilation hole site；Several outlet conduits corresponding with basin position is cultivated are provided with above the hanger bracket；Several dripping tubes corresponding with basin position is cultivated are equipped with below the outlet conduit.The burette type of the utility model can make nutrient solution always happen flowing without native culture system, avoid the growth of the bryophytes such as moss, ensure the healthy growth of plant or vegetables to the full extent, and reduce the trouble of cleaning pipeline.
Description
Technical field
The utility model is related to a kind of burette types without native culture system.
Background technology
It is a kind of method without using soil that no earth culture, which is educated, can use hydroponics plant or vegetables, no earth culture educate including
Water planting and sand culture.
When traditional water planting, directly nutrient solution is contained in and is cultivated in basin, and the plant cultivated or vegetables is needed then directly to plant
It trains in nutrient solution, but is contained in and cultivates the nutrient solution in basin under the limitation for cultivating basin, can not be flowed, once time mistake
It is long, just easily generate bryophytes, this kind of mosses such as moss and easily absorb the nutrition in nutrient solution, it may appear that plunder plant or
The nutrition of vegetables is unfavorable for the growth of plant or vegetables, while can cause tube wall thickening and cause water-pipe blockage, leads to nutrient solution
It can not normally convey, influence to cultivate.
When traditional sand culture, a large amount of sands are poured into sand culture slot, then by nutrient solution frequently come maintain plant or
The growth of vegetables, and nutrient solution is typically in nutrient solution pipeline, when needing to pour, then is exported out of nutrient solution pipeline, is passed
The nutrient solution pipeline of system is in same plane with sand culture slot, is surrounded on sand culture slot surrounding, since nutrient solution pipeline is arranged for plane,
Once being conveyed without nutrient solution, nutrient solution will stop flowing, and easily grow the bryophytes such as moss, and moss is in nutrient solution
Nourishing under, can Fast Growth cause nutrient solution not convey normally eventually by nutrient solution line clogging, traditional training
It educates system and is connected with nutrient solution pipeline and be connected to other structures, it, then can be extremely onerous if the dismounting of nutrient solution pipeline is cleaned.
In order to preferably maintain nutrient balance during sand culture, the nutrient solution poured each time is all fresh nutrition
Liquid, and in practical cultivating process, nutrient solution can not be absorbed by plant or vegetables completely, can not absorbed nutrient solution then can
Directly be lost between the gap of sand, accumulate over a long period under, it will cause the wastes of a large amount of nutrient solutions, and in cultivating process
In, a large amount of plants or vegetables are uniformly placed in sand culture slot, thus while each plant or vegetables can all be poured, but seek
After nutrient solution penetrates into sand, easily there is the case where contention nutrition in adjacent plant or vegetables, if a wherein plant or
The absorbability of vegetables is preferable, then can influence the healthy growth of another plant or vegetables, leads to whole cultivation poor quality.
Invention content
The technical problem to be solved by the present invention is to provide a kind of burette types without native culture system, it can make nutrient solution
Always happen flowing, avoids the growth of the bryophytes such as moss, ensures the healthy growth of plant or vegetables to the full extent, and
The trouble of cleaning pipeline is reduced, and can be to can not be recycled by the nutrient solution that plant or vegetables absorb, to the drop of next time
It fills, can more ensure that each plant or vegetables are absorbed into enough nutrition in developmental process.
The technical scheme in the invention for solving the above technical problem is：
The utility model discloses a kind of burette type without native culture system, including hanger bracket, it is characterised in that：The hanger bracket
Center is equipped with a strip-shaped hole；Several equally distributed chassis of catchmenting are placed in the strip-shaped hole；The chassis of catchmenting is in bowl-type,
The chassis outer edge that catchments is stuck in above strip-shaped hole aperture；A cultivation basin is placed on the chassis of catchmenting；The cultivation basin bottom part
Equipped with the venthole to connect with its inner space；The tray bottom of catchmenting is equipped with that hole site is corresponding catchments with ventilation
Hole；Several outlet conduits corresponding with basin position is cultivated are provided with above the hanger bracket；It is equipped with below the outlet conduit
Several dripping tubes corresponding with basin position is cultivated, dripping tube lower section nozzle, which is suspended from, to be cultivated right over basin；The outlet pipe
Road side is connected with the water tank to connect with it；A thermostat is equipped in the water tank；It is fixed with a collection below the hanger bracket
Waterpipe；It is connected by the hose that catchments between the collecting conduit and gully-hole；The collecting conduit side is connected with and it
The nutrition case to connect；A suction pump is equipped in the nutrition case；It is mutually passed through by hydraulic pipeline between the nutrition case and water tank
It is logical.
One end that the hydraulic pipeline is connected with water tank is located at the surface of water tank；The outlet conduit is connected with water tank
The one end connect is located at water tank lower part.
The chassis disk body that catchments is in arcuation, and the chassis disk body itself that catchments forms an arc groove；The cultivation basin following table
A water collection chamber is enclosed between face and arc groove inner wall.
The chassis outer edge lower surface of catchmenting fits with strip-shaped hole aperture upper surface.
A content detection inductor is equipped in the nutrition case；Nutrition case side be equipped with a supply case, supply case with
It is connected between nutrition case by feeding pipeline；The position that the supply case connects with supply pipeline is equipped with unidirectional baffle；Institute
It states and is equipped with conveying pump in supply case；The supply chamber interior wall is equipped with liquid capacity detector.
The thermostat is connected with solar powered plate.
The utility model has the beneficial effects that：
Compared with prior art, suction pump shape can be passed through without native culture system using the burette type of the utility model structure
At pressure and natural gravity be always ensured that without in native culture system water and nutrient solution be in flow regime, due to Shui Heying
Nutrient solution will flow directly into dripping tube under the effect of gravity once entered in outlet conduit, will not in outlet conduit
There is the case where water and nutrient solution accumulation, therefore can effectively avoid growing the bryophytes such as moss in outlet conduit, ensures
Be not in due to the bryophytes such as moss spread unchecked cause outlet conduit to block the case where, even if since flow is excessive, water outlet
It will appear the accumulation of certain water and nutrient solution in pipeline, the depth of this accumulation is also extremely shallow, will not be full of big in outlet conduit
Segment space, therefore can effectively inhibit the growth of the moss such as moss, the bryophytes such as cleaning moss can be effectively reduced
When workload, and dilute after nutrient solution from dripping tube drop to cultivate basin in during, can and outside air occur
Contact makes that a large amount of oxygen can be contained in nutrient solution, ensures the healthy growth of the plant or vegetables in cultivating to the full extent.
Compared with prior art, plant or vegetables are being cultivated without native culture system using the burette type of the utility model structure
In the process, if the nutrient solution after having mixing water can not disposably be absorbed by plant or vegetables, the nutrient solution and water that left behind
Venthole, gully-hole will be passed sequentially through, is flowed into and catchments in hose, the final each water to catchment in hose and nutrient solution all can
It is concentrated in collecting conduit, is and then again sucked into nutrition case in the pressure of suction pump, again in force feed to water tank, such as
This forms cycle, so that the nutrient solution that can not be disposably absorbed is recycled, is used in trickle irrigation next time, makes no soil
Nutrient solution in culture system can be utilized effectively, and be not in the case where being wasted.
Compared with prior art, each dripping tube without native culture system using the burette type of the utility model structure
A corresponding cultivation basin, therefore each cultivates plant in basin or vegetables has independent growing space, is dropped in itself
Only can be by own absorption if be wasted even if cultivating the nutrient solution in basin, the case where being not in by plunder nutrition, make each
The plant or vegetables cultivated in basin can obtain enough nutrition in developmental process, to ensure to cultivate quality.
Description of the drawings
Fig. 1 is structural schematic diagram of the utility model burette type without native culture system；
Fig. 2 is the structural schematic diagram of hanger bracket.
Specific implementation mode
The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments：
It please refers to Fig.1, Fig. 2, a kind of burette type of the utility model offer is described outstanding without native culture system, including hanger bracket 1
1 center of hanger is equipped with a strip-shaped hole 2；Several equally distributed chassis 3 of catchmenting are placed in the strip-shaped hole 2；The collection is water-bed
Disk 3 is in bowl-type, and 3 outer edge of chassis that catchments is stuck in above 2 aperture of strip-shaped hole；It is placed with a cultivation basin 4 on the chassis 3 of catchmenting；
4 bottom of basin of cultivating is equipped with the venthole 5 to connect with its inner space；3 bottom of chassis of catchmenting is equipped with and venthole 5
The corresponding gully-hole in position 6；1 top of the hanger bracket is provided with several outlet conduits corresponding with 4 position of basin is cultivated 7；
7 lower section of the outlet conduit is equipped with several dripping tubes 8 corresponding with 4 position of basin is cultivated, and 8 lower section nozzle of dripping tube is suspended from
It cultivates right over basin 4；7 side of the outlet conduit is connected with the water tank 9 to connect with it；A constant temperature is equipped in the water tank 9
Device 10；1 lower section of the hanger bracket is fixed with a collecting conduit 11；It is soft by catchmenting between the collecting conduit 11 and gully-hole 6
Pipe 12 connects；11 side of the collecting conduit is connected with the nutrition case 13 to connect with it；One is equipped in the nutrition case 13
Suction pump 14；It is connected by hydraulic pipeline 15 between the nutrition case 13 and water tank 9.
One end that the hydraulic pipeline 15 is connected with water tank 9 is located at the surface of water tank 9；The outlet conduit 7 and water
One end that case 9 is connected is located at 9 lower part of water tank.
3 disk body of chassis that catchments is in arcuation, and 3 disk body of chassis itself that catchments forms an arc groove 16；The cultivation basin 4
It is enclosed a water collection chamber 17 between 16 inner wall of lower surface and arc groove.
The 3 outer edge lower surface of chassis of catchmenting fits with 2 aperture upper surface of strip-shaped hole.
A content detection inductor 18 is equipped in the nutrition case 13；13 side of nutrition case is equipped with a supply case 19,
It is connected between supply case 19 and nutrition case 13 by feeding pipeline 20；The position that the supply case 19 connects with supply pipeline 20
Unidirectional baffle 21 is installed；Conveying pump 22 is equipped in the supply case 19；19 inner wall of the supply case is examined equipped with liquid capacity
Survey instrument 23.
The thermostat 10 is connected with solar powered plate.
The application method of the utility model is as follows：
Before cultivating actually required plant or vegetables, first sand is placed in each cultivation basin, then by practical institute
The food or vegetable growing needed is in each cultivation basin, while by 9 built-in full water of water tank, and will fill nutrition in nutrition case 13
Liquid, in order to ensure that the plant actually cultivated or vegetables are in best growth temperature, user of service can be regulated and controled by thermostat 10
Actually required water temperature, after actually required temperature is set on thermostat 10, thermostat 10 will carry out the water in water tank 9
Heating, and flow can then flow through water tank 9 always in cyclic process, therefore the presence of thermostat 10 can effectively ensure that no earth culture
Educate the constant temperature effect of the water in system.
When bringing into operation without native culture system, the water in water tank 9 can then be press-fit into outlet conduit 7 under the effect of gravity
Interior, the water in outlet conduit 7 once flows through the port position that dripping tube 8 connects with outlet conduit 7, will be in gravity
It is directly fallen into dripping tube 8 by the port under effect, and then along the track of dripping tube 8 below dripping tube 8
Nozzle oozes, and is cultivated right over basin 4 since 8 lower section nozzle of dripping tube is suspended from, and the water oozed from dripping tube 8 can be direct
It is dropped in and cultivates in basin 4, after water, which enters, cultivates basin 4, in water toward during cultivating 4 flows of basin, water can infiltrate through sand
In son, the plant or vegetables cultivated absorb, and can not absorbed water then will continue to flow downward, finally pass sequentially through and set
Venthole 5 in 4 bottom of cultivation basin, the inflow of the gully-hole set on 3 bottom of chassis of catchmenting are catchmented in hose 12, and last each is catchmented
Water in hose 12 can be all concentrated in collecting conduit 11.
When water in water tank 9 flows out, the suction pump 14 in nutrition case 13 starts simultaneously, as suction pump 14 starts to transport
Row, nutrient solution in nutrition case 13 then can under the pressure that suction pump 14 is formed along the track of hydraulic pipeline 15 towards in water tank
Conveying, when nutrient solution is in contact with water, the two will mix, and nutrient solution is diluted, and formation really is able to be suitble to cultivation
Nutrient solution, nutrient solution after dilution can equally pass through the dripping tube 8 being connected with outlet conduit 7 and drip under natural gravity
It falls on and cultivates in basin 4, play the effect of trickle irrigation plant or vegetables, the particle extruding between sand can be by the flowing gap of sand
Compacting to a certain extent, enables the nutrient solution after dilution slowly to flow to the bottom for cultivating basin 4, in the slow flow process
In, there is the sufficient time to be absorbed to nutrient solution for the plant or plant cultivated in basin 4, and can not absorbed nutrient solution from
It can be discharged to and be cultivated outside basin 4 by venthole 5, flowed into and catchmented in hose 12 finally by gully-hole 6, again by collecting conduit
11 convergences, are again sucked into nutrition case 13 in the pressure of suction pump 14, again in force feed to water tank 9, are thusly-formed cycle, make
The nutrient solution that can not be disposably absorbed can be recycled, and be used in trickle irrigation next time, be made without in native culture system
Nutrient solution can be utilized effectively, and be not in the case where being wasted.
Each dripping tube in the utility model corresponds to a cultivation basin 4, therefore each cultivates the plant in basin
Or vegetables all have independent growing space, it only can be by itself if the nutrient solution itself cultivated in basin 4 is wasted even if being dropped in
It absorbs, the case where being not in by plunder nutrition, makes that each cultivates the plant in basin 4 or vegetables can in developmental process
Enough nutrition is obtained, to ensure to cultivate quality.
Under the action of the pressure and natural gravity that are formed in suction pump 14, it can be always ensured that without in native culture system
Water and nutrient solution are in flow regime, will be in gravity since water and nutrient solution are once entered in outlet conduit 7
Under, the case where flowing directly into dripping tube 8, be not in water and nutrient solution accumulation in outlet conduit 7, therefore can effectively it keep away
Exempt to grow bryophytes, the guarantees such as moss in outlet conduit 7 to be not in cause since the bryophytes such as moss are spread unchecked
The case where waterpipe 7 blocks, even if since flow is excessive, will appear the accumulation of certain water and nutrient solution in outlet conduit 7, this
The depth that kind is accumulated is also extremely shallow, will not be full of 7 most of spaces in outlet conduit, therefore can effectively inhibit the moss such as moss
Growth, can effectively reduce the workload when cleaning bryophytes such as moss, and the nutrient solution after diluting is from dripping tube 8
It drops to during cultivating in basin 4, can be in contact with outside air, make that a large amount of oxygen can be contained in nutrient solution, it is maximum
Ensure the healthy growth of the plant or vegetables in cultivating in degree.
One end that hydraulic pipeline 15 is connected with water tank 9 is located at the surface of water tank 9, and this structure setting ensures water and battalion
Nutrient solution is once entered from hydraulic pipeline 15 in water tank 9, and water and nutrient solution will be flowed into water outlet under the action of natural gravity
In pipeline 7, be not in the case where being back to nutrition case 13, and one end that outlet conduit 7 is connected with water tank 9 is located at water tank 9
Lower part makes gravity be utilized to the greatest extent, after the water and nutrient solution for having recycle stream flow into water tank 9, Shui Heying
Nutrient solution then can be at the first time flowed into outlet conduit 7, will not be the case where 9 bottom of water tank is accumulated.
3 disk body of chassis that catchments is in arcuation, and 3 disk body of chassis itself that catchments forms arc groove 16, cultivates 4 lower surface of basin and arc
Be enclosed water collection chamber 17 between 16 inner wall of connected in star, the presence of water collection chamber 17 can when the flow velocity of water and nutrient solution is too fast shape
At buffering together, avoids the occurrence of water and largely lodge in 6 position of gully-hole and the excessive hose 12 that causes to catchment of hydraulic pressure is caused to be squeezed
Or catchment hose explosion the case where, ensure the normal use of hose 12 of catchmenting, work of catchmenting can be normally completed.
3 outer edge lower surface of chassis of catchmenting fits with 2 aperture upper surface of strip-shaped hole, and the chassis 3 that can ensure to catchment is put
When stability, to ensure cultivate basin 4 place when be not in shaking the case where, make the water oozed from dripping tube 8 and
Nutrient solution, which can be dropped to accurately, to be cultivated in basin 4.
It is equipped with content detection inductor 18 in nutrition case 13, circulates each time, water and nutrient solution can all flow through nutrition
Case 13, therefore content detection inductor 18 can detect the accounting of induction nutrient solution constantly, can detect nutrition liquid phase constantly
For the percentage of water, if nutrient solution excessively dilutes, no native culture system will send out instruction, at this time in supply case 19
Conveying pump 22 brings into operation, and conveying pump 22 forms pressure, and under pressure, the nutrient solution in supply case 19 pushes unidirectional baffle open
21, it is supplemented in nutrition case 13 by feeding pipeline 20, and liquid capacity detector 23 can constantly detect in supply case 19
The capacity of nutrient solution, after the nutrient solution for flowing out enough supplements, conveying pump 22 will be automatically closed, and stop supplement, lose pressure
After power, unidirectional baffle 21 is automatically closed, and unidirectional baffle 21 can effectively prevent the nutrient solution sent out reflux, if in practical training
During educating, hypovolia, user of service then can directly open the water source supplement water being connected with water tank 9, after having supplemented water,
Directly close water source.
Thermostat 10 is connected with solar powered plate, in order to ensure that cultivated plant or vegetables obtain enough light
According to, therefore the ceiling of general raising chamber is all transparent material, and solar powered plate may be disposed at the ceiling position of raising chamber, make
Solar powered plate can obtain enough solar energy and is powered to thermostat, and sunlight is enabled to obtain reasonable and effective utilization.
Claims (6)
1. a kind of burette type is without native culture system, including hanger bracket, it is characterised in that：The hanger bracket center is equipped with a bar shaped
Hole；Several equally distributed chassis of catchmenting are placed in the strip-shaped hole；The chassis of catchmenting is in bowl-type, and catchment chassis outer edge
It is stuck in above strip-shaped hole aperture；A cultivation basin is placed on the chassis of catchmenting；The cultivation basin bottom part is equipped with internal empty with it
Between the venthole that connects；The tray bottom of catchmenting is equipped with gully-hole corresponding with ventilation hole site；On the hanger bracket
Side is provided with several outlet conduits corresponding with basin position is cultivated；Several and cultivation basin position is equipped with below the outlet conduit
Corresponding dripping tube, dripping tube lower section nozzle, which is suspended from, to be cultivated right over basin；The outlet conduit side is connected with and it
The water tank to connect；A thermostat is equipped in the water tank；It is fixed with a collecting conduit below the hanger bracket；The collector pipe
It is connected by the hose that catchments between road and gully-hole；The collecting conduit side is connected with the nutrition case to connect with it；Institute
It states and is equipped with a suction pump in nutrition case；It is connected by hydraulic pipeline between the nutrition case and water tank.
2. a kind of burette type according to claim 1 is without native culture system, it is characterised in that：The hydraulic pipeline and water tank
The one end being connected is located at the surface of water tank；One end that the outlet conduit is connected with water tank is located at water tank lower part.
3. a kind of burette type according to claim 1 is without native culture system, it is characterised in that：The chassis disk body that catchments is in
Arcuation, the chassis disk body itself that catchments form an arc groove；Shape is enclosed between the cultivation basin lower surface and arc groove inner wall
At a water collection chamber.
4. a kind of burette type according to claim 1 is without native culture system, it is characterised in that：The chassis outer edge that catchments
Lower surface fits with strip-shaped hole aperture upper surface.
5. a kind of burette type according to claim 1 is without native culture system, it is characterised in that：One is equipped in the nutrition case
Content detection inductor；Nutrition case side is equipped with a supply case, is mutually passed through between supply case and nutrition case by feeding pipeline
It is logical；The position that the supply case connects with supply pipeline is equipped with unidirectional baffle；Conveying pump is equipped in the supply case；The benefit
It is equipped with liquid capacity detector to chamber interior wall.
6. a kind of burette type according to claim 1 is without native culture system, it is characterised in that：The thermostat and solar energy
Power supply board is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721894496.7U CN207665715U (en) | 2017-12-29 | 2017-12-29 | A kind of burette type is without native culture system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721894496.7U CN207665715U (en) | 2017-12-29 | 2017-12-29 | A kind of burette type is without native culture system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207665715U true CN207665715U (en) | 2018-07-31 |
Family
ID=62971730
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721894496.7U Expired - Fee Related CN207665715U (en) | 2017-12-29 | 2017-12-29 | A kind of burette type is without native culture system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207665715U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107864848A (en) * | 2017-12-29 | 2018-04-03 | 台州宏诚农业科技有限公司 | A kind of burette type is without native culture system |
-
2017
- 2017-12-29 CN CN201721894496.7U patent/CN207665715U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107864848A (en) * | 2017-12-29 | 2018-04-03 | 台州宏诚农业科技有限公司 | A kind of burette type is without native culture system |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180731 Termination date: 20181229 |
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| CF01 | Termination of patent right due to non-payment of annual fee |